The potential energy `U` between two molecules as a function of the distance `X` between them has been shown in the figure. The two molecules are

The potential energy U between two molecules as a function of the distance X between them has been shown in the figure. The two moleucles are

The potential energy U between two molecules as a function of the distance X between them has been shown in the Fig. The two molecules are

The potential energy (U) between two atoms in a diatomic molecule as a function of the distance x between atoms has been shown in the adjoining figure. The atoms are

The potential energy U between the two molecules as a function of the distance X b/w them is shown in figure. A,B and C are points for which X = 0.6Å, 1.2 Å and 1.8Å. At A, B and C force between the two molecules respectively

The potential energy U of two atoms of a diatomic molecule as a function of distance r between the atoms as shown in the given figure. Read the following statement carefully. 1. The equilibrium separation distance between the atoms is equal to r_(2) . 2. At r = r_(1) , the force between the atom is repulsive. 3. For r gt r_(2) , the force between the atoms is attractive Which of the above statements is true ?

The potential energy curve for the H_2 molecule as a function of internuclear distance is :

The potential energy curve for the H_2 molecule as a function of internuclear distance is :